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It is difficult to visualize the position and orientation of the robot when given only numerical values. Therefore, we would like to build a panel which displays the speed and orientation of the robot with an airplane-style indicator.
3D model of robot that rotates according to orientation
Notes
Take a look at this example of a modern airplane cockpit instrument (attitude, heading, altitude, speed, and more).
Consider using Avionics JS for a prebuilt airplane-style GUI.
For speed and altitude/depth, airplane GUIs are designed for large numbers that our robot will never attain. On the other hand, small changes in these values are important for our robot. The GUI will need to be modified to display smaller range of these values with more precision.
You may need to look online for definitions. Here is a good start.
Footnotes
Sometimes, we obtain bad readings from our sensors causing state to drift substantially. We need an indicator that warns us when this happens. ↩
The text was updated successfully, but these errors were encountered:
Motivation
It is difficult to visualize the position and orientation of the robot when given only numerical values. Therefore, we would like to build a panel which displays the speed and orientation of the robot with an airplane-style indicator.
Requirements
Later
Notes
Footnotes
Sometimes, we obtain bad readings from our sensors causing state to drift substantially. We need an indicator that warns us when this happens. ↩
The text was updated successfully, but these errors were encountered: